FY2020 Optical Properties of Semiconductors and Related Topics(A12) (Electronics for Informatics, Graduate School of Information Science and Technology)


Atomic scale understanding of quantized electronic system is the heart of optical properties of semiconductors. In this course, optoelectronic properties of semiconductors are illustrated using usage examples of semiconductor quantum structures, semiconductor electronic devices and photonic devices.

Instructor Prof. Hiromichi Ohta(hiromichi.ohta@es.hokudai.ac.jp)
Prof. Michihiko Yamanouchi(m-yama@es.hokudai.ac.jp)
Grading System Evaluation will be carried out by the use of your attendance and home works
Course Schedule Wednesday 08:45 - 10:15 (Ohta) A12
Friday 08:45 - 10:15 (Yamanouchi) A12


No. 月日 内容 資料
1st June 17 (Wed) Introduction (Ohta) pdf
2nd June 19 (Fri) Magnetic moment, Ferromagetism, Paramagnetism (Yamanouchi) pdf
3rd June 24 (Wed) Semiconductors and quantum structures 2 (Ohta) pdf
4th June 26 (Fri) Magnetic anisotropy, Domain, Domain wall (Yamanouchi) pdf
5th July 3 (Fri) LLG eq., Magnetization reversal, DW motion (Yamanouchi) pdf
6th July 8 (Wed) Electronic devices 1 (Ohta) pdf
7th July 10 (Fri) Application of magnetic materials (Yamanouchi) pdf
8th July 15 (Wed) Electronic devices 2 (Ohta) pdf
9th July 17 (Fri) GMR and TMR (Yamanouchi) pdf
10th July 22 (Wed) Optoelectronic devices (Ohta) pdf
11th July 24 (Fri) Spin current, Current-induced magnetization reversal (Yamanouchi) pdf
12th July 31 (Fri) Current-induced domain wall motion, Spin Hall effect, Application of spintronics (Yamanouchi) pdf